Atmospheric properties affecting laser propagation with reference to optical communications are reviewed. Some of the optical space network configurations and various diversity techniques that may need to be utilized to develop robust bi-directional space-earth laser communication links are explored
The article of record as published may be found at http://dx.doi.org/10.3390/sci2030071The use of Li...
Space-based Free Space Optical Communications (FSOC), or lasercom, offers key advantages over Radio ...
This paper contains a review of technologies, theoretical studies, and experimental field trials for...
Nowadays, the usage of Optical fibers and optical devices are evolved. Optical system has been used...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
In 1970 the United States Air Force created the Space Laser Communications (LASERCOM) Program in ord...
The current state of the art of optical communications is briefly reviewed. This review covers NASA ...
The telecommunications evolution has advanced to level where bandwidth is now a limiting factor for ...
In order to obtain high data rate T.V. picture transmissions from spacecrafts on planetary missions ...
Atmospheric laser communication, often referred to as free-space optics (FSO) or free-space laser (F...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
We use a cloud attenuation model derived from key Italsat results to find laser cloud attenuation fo...
This thesis was previously held under moratorium from 12/11/2020 to 15/11/2022The amount of data bei...
Laser communications offer a viable alternative to RF communications for intersatellite links and ot...
Laser payloads on satellites have the ability to enhance our communications capabilities and informa...
The article of record as published may be found at http://dx.doi.org/10.3390/sci2030071The use of Li...
Space-based Free Space Optical Communications (FSOC), or lasercom, offers key advantages over Radio ...
This paper contains a review of technologies, theoretical studies, and experimental field trials for...
Nowadays, the usage of Optical fibers and optical devices are evolved. Optical system has been used...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
In 1970 the United States Air Force created the Space Laser Communications (LASERCOM) Program in ord...
The current state of the art of optical communications is briefly reviewed. This review covers NASA ...
The telecommunications evolution has advanced to level where bandwidth is now a limiting factor for ...
In order to obtain high data rate T.V. picture transmissions from spacecrafts on planetary missions ...
Atmospheric laser communication, often referred to as free-space optics (FSO) or free-space laser (F...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
We use a cloud attenuation model derived from key Italsat results to find laser cloud attenuation fo...
This thesis was previously held under moratorium from 12/11/2020 to 15/11/2022The amount of data bei...
Laser communications offer a viable alternative to RF communications for intersatellite links and ot...
Laser payloads on satellites have the ability to enhance our communications capabilities and informa...
The article of record as published may be found at http://dx.doi.org/10.3390/sci2030071The use of Li...
Space-based Free Space Optical Communications (FSOC), or lasercom, offers key advantages over Radio ...
This paper contains a review of technologies, theoretical studies, and experimental field trials for...